Design System of Optimized Off-line Multi-channel Data Packet Fragmentation Module
Mengting Guo, Michael Chai · International Conference on E-Business and E-Government · 2012
This paper studies the current channel to download a variety of different network conditions, analyzes the current single-channel data (off-line) downloading and uploading mechanism and its problems in the network and the improvement plan, and puts forward an efficient system of optimized (off-line) multi-channel packet fragmentation module, which means, multi-channel data synchronization and network connections to each terminal network according to different channel conditions to optimize the packet fragmentations to be downloaded or uploaded, to prevent using the only a single channel in the data communication network, so that the terminal users interact with the data in the network to achieve higher efficiency. Optimization through the process of the multi-channel data packet fragmentations, and the system dynamic updates information from time to time to confirm the channel conditions and to forecast process, and to determine the terminal user features, it can ensure the accuracy and effectiveness of the users in the process of downloading and uploading and reduce servers' over work load, and avoid network congestion, and improve network efficiency and security. At the same time, the use of encrypted communication connection mode, to ensure their safety.